AbstractThis paper presents the main results obtained during a decade of scientific activities in the Meuse/Haute-Marne Underground Research Laboratory (URL) located on the eastern boundary of the Paris Basin, in the Callovo-Oxfordian clay rock formation. The URL was built in the framework of ANDRA’s research program into the feasibility of a reversible deep geological disposal of high-level and intermediate-level long-lived radioactive (HL, ILLL) waste. Its underground drifts have been used to study a 160-million-year old clay layer. The 2006 Planning Act adopted this disposal concept as the reference solution for the long-term management of HL and ILLL radioactive waste. Today, research is continuing into the design and sitting of the dis...
(URL) on the border of the Meuse and Haute-Marne departments in eastern France. The research activit...
Deep geological disposal is considered as one of the promising options for the long-term management ...
International audienceAbstract Geologic repositories for radioactive waste are designed as multi-bar...
In November 1999 Andra began building an Underground Research Laboratory (URL) on the border of the ...
The Meuse/Haute-Marne Underground Research Laboratory (URL) is the main installation of the Meuse/Ha...
International audienceThe development of nuclear energy raised the issue of radioactive waste dispos...
A deep tertiary clay formation, "Boom Clay", present under the Mol-Dessel nuclear site, w...
The objective of this paper is to describe the recent developments with respect to the conceptual de...
In many countries (such as Belgium, Germany, France, Japan, Switzerland, and United Kingdom), deep a...
In the framework of the 1991 French radioactive waste act, Andra has studied the feasibility of a ge...
The research programme for disposal of High-Level radioactive Waste in Belgium (HLW) is reaching the...
The repository project Cigéo is designed to dispose French HLW and ILW that are mainly produced by t...
The EIG EURIDICE is responsible for performing large-scale tests, technical demonstrations and exper...
International audienceThis document presents a dedicated work performed in AndraÕs underground resea...
Andra is in charge of studying the feasibility of a disposal facility for longli...
(URL) on the border of the Meuse and Haute-Marne departments in eastern France. The research activit...
Deep geological disposal is considered as one of the promising options for the long-term management ...
International audienceAbstract Geologic repositories for radioactive waste are designed as multi-bar...
In November 1999 Andra began building an Underground Research Laboratory (URL) on the border of the ...
The Meuse/Haute-Marne Underground Research Laboratory (URL) is the main installation of the Meuse/Ha...
International audienceThe development of nuclear energy raised the issue of radioactive waste dispos...
A deep tertiary clay formation, "Boom Clay", present under the Mol-Dessel nuclear site, w...
The objective of this paper is to describe the recent developments with respect to the conceptual de...
In many countries (such as Belgium, Germany, France, Japan, Switzerland, and United Kingdom), deep a...
In the framework of the 1991 French radioactive waste act, Andra has studied the feasibility of a ge...
The research programme for disposal of High-Level radioactive Waste in Belgium (HLW) is reaching the...
The repository project Cigéo is designed to dispose French HLW and ILW that are mainly produced by t...
The EIG EURIDICE is responsible for performing large-scale tests, technical demonstrations and exper...
International audienceThis document presents a dedicated work performed in AndraÕs underground resea...
Andra is in charge of studying the feasibility of a disposal facility for longli...
(URL) on the border of the Meuse and Haute-Marne departments in eastern France. The research activit...
Deep geological disposal is considered as one of the promising options for the long-term management ...
International audienceAbstract Geologic repositories for radioactive waste are designed as multi-bar...